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Huatai orders MNB Plant from MEISSNER
The Dongying Huatai Chemical Group Co. Ltd. is a further customer in China employing the advanced and safe MEISSNER Mononitrobenzene (MNB) technology.
Plant Construction
News
World-Scale DNT Plant for SADARA
Sadara Chemical Company (SADARA) is a joint venture which was set up by The Dow Chemical Company and Saudi Arabian Oil Company (Saudi Aramco).
SADARA will erect and operate one of the world-wide largest chemical complexes in Saudi Arabia.
DNT Technology by MEISSNER for BASF Ludwigshafen
BASF is building the world's largest TDI plant at Ludwigshafen/Germany. The new production facility will be the first plant to produce TDI with a capacity of 300,000 mt/year based upon 360,000 mt/year of DNT in a single train.
MEISSNER to deliver another MNB Plant to China
Jinan Shengyuan Fertilizer Co. Ltd., China, has ordered with MEISSNER an MNB plant with the capacity of 210,000 MTPY.
New 480,000 mtpy MNB Plant Near Completion
The presumably largest nitrobenzene plant in the world will soon be commissioned for MEISSNER's customer Ningbo Wanhua in China.
Functional testing with water has already been successfully completed, and the start of production in the respective plant complex is expected to take place by the end of 2010.
Once a Customer - Always a Customer
This is also true for the Chinese enterprise Jilin Connell Chemical Industry Co. Ltd. A first nitrobenzene plant had been commissioned in March 2009 after less than two years of project execution, and in May 2010 the customer contracted with MEISSNER to supply a second nitrobenzene plant.
UFC Plant Extension in Egypt Commissioned
In October 2008, the extension of a plant for the production of Urea-Formaldehyde Precondensate (UFC) was successfully commissioned. The UFC plant is part of an integrated plant complex of Heliopolis Co. for Chemical Industries in Cairo, Egypt, for the production of Formaldehyde, Hexamethylenetetramine and Urea-Formaldehyde Precondensate.
Commissioning of NC Alcoholization in Brazil
In March 2007, another fully automatic MEISSNER plant for the alcoholization of Nitrocellulose (NC) was completed for Nitro Química in São Paulo/Brazil.
Third NC Plant Production Line in Brazil Commissioned
In May 2006, the third fully automatic line in a MEISSNER plant for the production of Nitrocellulose (NC) was commissioned for Nitro Química in São Paulo/Brazil.
New Process for Nitric Acid Esters (Alkyl Nitrates)
MEISSNER has developed a new process for the production of alkyl nitrates as e.g. 2-Ethylhexylnitrate (EHN).
Commissioning of an Extension to a Nitrocellulose Plant in Brasil
Another extension to a Nitrocellulose plant supplied by MEISSNER to Nitro Química, Brazil, has been successfully commissioned.
Commissioning of a Dinitrotoluene Plant in South Korea
One of the world’s largest plants for the production of Dinitrotoluene (DNT) including the pertaining acid reconcentration plant was put into service in October 2003 at the Yeosu plant site of BASF AG in the Republic of Korea.
BASF again opts for MEISSNER DNT Plant
While the previous contract with BASF for a MEISSNER Dinitrotoluene plant at Yeosu plant site in South Korea still was under execution, MEISSNER already concluded the next contract with BASF for a DNT plant again based on leading MEISSNER technology.
Commissioning of a Linters Plant in Uzbekistan
A Linters plant supplied by MEISSNER via the company Unionmatex Industrieanlagen GmbH to the end-customer Chemical Factory for Furan Compounds, Association Uzchimprom, in Fergana/Uzbekistan, has been successfully commissioned. The plant currently produces all globally marketable types of alpha-cellulose independently of the locally available raw material quality.
New Adiabatic Process for Mononitrobenzene (MNB)
A MEISSNER speciality is the adiabatic process for the production of Mononitrobenzene. The adiabatic process is characterized by most favourable consumption figures and extremely low by-product formation. This very advantageous process could be improved further by using a new tube-type reactor, which helps to reduce the formation of by-products to even lower limits.